Abstract:
The present invention provides a system for reconnaissance using autonomous unmanned airborne vehicles (UAV). The system comprises a mothership, which is generally a fixed wing fuel tank capable of providing a suitable surface for flight (lift) and one or more elements for attachment of individual UAVs. The system further comprises one or more UAVs that are detachably connected to the mothership, and which are independently controllable for reconnaissance and tracking. The system and its individual parts are reusable and independently controllable, permitting low cost reconnaissance over wide areas of geography.
Abstract:
An assembly for wetting a medical device is provided. The assembly comprises a compartment for a fluid medium and a package for the medical device. The compartment and the package are separate elements, which are joined together. An outlet from the compartment is movable so as to be able to connect to an entrance to the package and hereby establish communication for the fluid. This way the medical device may be wetted. The fluid medium may contain an anti-microbial agent such as hydrogen peroxide. The medical device may be a urinary catheter. A method for manufacturing such an assembly and a method of using it is also provided.
Abstract:
The present invention provides a system for reconnaissance using autonomous unmanned airborne vehicles (UAV). The system comprises a mothership, which is generally a fixed wing fuel tank capable of providing a suitable surface for flight (lift) and one or more elements for attachment of individual UAVs. The system further comprises one or more UAVs that are detachably connected to the mothership, and which are independently controllable for reconnaissance and tracking. The system and its individual parts are reusable and independently controllable, permitting low cost reconnaissance over wide areas of geography.
Abstract:
A urinary catheter kit is provided. The catheter kit includes a catheter with a flared end and a package provided with interior protrusions for cooperating with the flared end of the catheter. The largest outer diameter of the flared end of the catheter is slightly larger than the smallest diameter of the package at the protrusions. Thereby, the protrusions will function as a backstop for the catheter. The rigidity of the catheter at the flared end is selected so that–depending on the angle of the flared end–the flared end will be able to flip over if it is subjected to a force over a predetermined level. Thereby the catheter will be able to be entered back into the package.
Abstract:
An assembly (100) for wetting a medical device (101) is provided. The assembly has a package (110) for a medical device (such as a catheter) and a compartment (155) for a fluid medium (such as a saline solution containing an antimicrobial agent). This assembly includes a device (160) for removing covering parts of a barrier-film. The covering parts (171,172) of the barrier film are used to cover the inlet (130) to the package and the outlet (149) from the compartment prior to use. The barrier-film (170) also includes a pulling part (373,573) which is used for pulling at the covering parts. The film-removal device uses different mechanisms to remove the film. For example a toothing mechanism (163,164), a swivel arm (361), a wedge-mechanism (561) and a screw-and-spindle mechanism (761) can be used. All mechanisms are able to transfer a movement in one direction for connecting the inlet with the outlet into a pulling force in a transverse direction for removing the covering parts of the barrier film. This way the user only needs to apply pressure in one direction to get the assembly ready for use. The mechanisms may all include a reel, which is used for winding the pulling part of the barrier film around it. Furthermore, a method for wetting a medical device and a method for manufacturing an assembly are provided.
Abstract:
An assembly (100) for wetting a medical device (101) is provided. The assembly (100) comprises a compartment (120) for the fluid medium and a package (110) for a medical device (101). The fluid medium in the compartment (120) may be used for wetting a hydrophilic coating disposed at an outer surface of the medical device (101. The compartment (120) comprises an outlet (140) and the package (110) comprises an inlet (130) for the fluid medium. Prior to use, when the assembly (100) is in a storage-position, a gap between the outlet (140) and inlet (130) may be present. The outlet (140) and inlet (130) may both be closed by a barrier film (160) preventing contamination of the outlet (140) and inlet (130) prior to use. When the assembly (100) is to be used, the barrier film (160) is removed thereby opening the outlet (140) and inlet (130). The removal of the barrier film (160) may be connected to the opening of the package (110) such that the package (110) is opened as the barrier film (160) is removed. A blocking device (170) for closing the gap between the outlet (140) and inlet (130) at least in the use-position, is provided.
Abstract:
A coupling for an ostomy bag is provided. The coupling comprises a substantially non- extendable string functioning as locking ring in the coupling. The string is twisted by use of a tab when it is moved from an un-locked position to a locked position. A coupling as described can be made flexible and thereby more comfortable for the user.
Abstract:
An assembly for wetting a medical device is provided. The assembly comprises a compartment for a fluid medium and a package for the medical device. The compartment and the package are separate elements, which are joined together. An outlet from the compartment is movable so as to be able to connect to an entrance to the package and hereby establish communication for the fluid. This way the medical device may be wetted. The fluid medium may contain an anti-microbial agent such as hydrogen peroxide. The medical device may be a urinary catheter. A method for manufacturing such an assembly and a method of using it is also provided.